Objectives

• state the Pauli exclusion princple and to what particles it applies
• know the two rules that govern the ordering of the periodic table
• figure out how many electrons maybe be in each subshell (nl level) in order to follow the Pauli exclusion principle
• recognize what X and Z represent in atomic nomenclature
• understand the organization of the periodic table, including the properties shared by groups and periods
• explain what is meant by total angular momentum, J, and give its equation
• give the equations for the magnitude of J and its z-component
• compare the similar quantizations for L, S and J
• state the selection rules for the total angular momentum number
• draw the relationship between L, S and J
• describe the effect known as spin-orbit coupling
• know when total angular momentum is conserved in magnitude and direction
• know Hund's rules for the order in which a given subshell is filled
• explain in your own words what is meant bye the "mulitplicity" of a state
• be familiar with LS coupling and jj coupling
• have a basic understanding of the normal and the anomalous Zeeman effect
• state the selection rules for mJ